Tips and Tricks

Welcome to Biorbyt's Tips and Tricks benchtop guide—a dedicated technical resource created to help you streamline daily laboratory workflows, troubleshoot experimental bottlenecks, and optimize assay protocols. From choosing the right monoclonal or polyclonal antibody to reducing Western blot background noise and mastering flow cytometry panel design, our scientific support team provides practical, data-driven recommendations to ensure your experiments remain reliable and reproducible.

Featured Benchtop Guides

Clone Comparison

 

Comparison of Anti-Human CD38 Clones HB7 vs. HIT2

CD38 is a type II transmembrane protein that plays multiple roles in the immune system. Discover the functional differences, epitope specificities, and optimal assay applications for anti-human CD38 monoclonal clones HB7 and HIT2.

Read Clone Guide >

Methodology Guide

 

The Difference Between FACS and Flow Cytometry

Flow cytometry and FACS (Fluorescence-Activated Cell Sorting) are essential tools in cell biology. Learn the core operational distinctions between analytical cell profiling and sorting instrumentation to select the right platform for your experiment.

Compare Tech >

 

Traditional vs. Quick ELISA Kits

Compare standard multi-step ELISA protocols against rapid single-wash sandwich ELISA formats to balance sensitivity, sample volume requirements, and bench time.

Compare ELISA Kits >

 

Antibody Validation

Learn how antibodies are raised against peptide sequences or recombinant proteins and explore the experimental controls required to verify target specificity.

Read Validation Guide >

 

Blocking Peptides

Understand how blocking peptides are used as negative controls to confirm antibody specificity in Western blot and immunohistochemistry assays.

Learn About Controls >

 

Dissolving Peptides

Overcome low peptide solubility with step-by-step solvent selection guidelines based on amino acid charge, hydrophobicity, and sequence length.

View Solubility Guide >

 

ELISA Tips and Tricks

Troubleshoot common immunoassay issues including high background signals, poor standard curve linearity, edge effects, and low optical density readings.

Optimize ELISAs >

 

ELISA Kits: The Basics

Review the fundamental principles of enzyme-linked immunosorbent assays, including direct, indirect, sandwich, and competitive assay architectures.

Learn ELISA Basics >

 

Flow Cytometry Tips

Master cell preparation, Fc receptor blocking, viability dye selection, and gating strategies to prevent artifacts in flow cytometry and FACS experiments.

Optimize Cytometry >

 

Choosing Antibodies for Flow Cytometry

Select compatible fluorophore conjugates and optimize multicolor panels based on instrument laser configurations and antigen expression density.

Select Antibodies >

 

IF Staining Tips

Improve immunofluorescence signal-to-noise ratios with best practices for sample fixation, permeabilization, autofluorescence quenching, and mounting.

Optimize IF Stains >

 

IHC Tips and Tricks

Explore heat-induced and enzymatic antigen retrieval techniques, tissue sectioning tips, and blocking steps for immunohistochemistry workflows.

Optimize IHC >

 

Matched Antibody Pairs

Discover how capture and detection antibody pairs are screened for non-overlapping epitopes to build sensitive sandwich ELISA and lateral flow assays.

Explore Matched Pairs >

 

MBD Matched Pairs

Access validated matched pair antibody sets designed for infectious disease surveillance and detecting mosquito-borne pathogens like Malaria, Dengue, and Zika.

View MBD Pairs >

 

Modified Antibodies

Learn how enzymatic cleavage and biochemical modifications create Fab fragments, Fc-silent constructs, and engineered conjugates for specialized assays.

Explore Modifications >

 

Monoclonal Antibodies

Understand hybridoma generation, epitope specificity, and the advantages of monoclonal antibodies for long-term experimental reproducibility.

Learn About mAbs >

 

mAb vs. pAb

Compare monoclonal and polyclonal antibodies across sensitivity, epitope recognition, cross-reactivity, and application suitability to choose the right reagent.

Compare mAbs & pAbs >

 

Rat Monoclonals

Explore the unique benefits of rat monoclonal antibodies for probing mouse tissue models without anti-mouse secondary antibody background interference.

Explore Rat mAbs >

 

Recombinant Antibodies

Discover how sequence-defined recombinant antibodies eliminate genetic drift and lot-to-lot variability while supporting animal-free research initiatives.

Explore Recombinants >

 

Research Applications

Evaluate how sample preparation, fixation methods, and buffer compositions influence antibody binding performance across different experimental platforms.

Review Applications >

 

Choosing Secondaries

Navigate host species selection, cross-adsorption profiles, isotype specificity, and reporter enzyme/fluorophore conjugates for secondary antibodies.

Select Secondaries >

 

Western Blot Tips and Tricks

Resolve Western blotting challenges including weak bands, smiling gels, high background staining, and non-specific binding with optimized transfer and blocking tips.

Optimize Western Blots >